Facile MOF-derived NiCo2O4/r-GO nanocomposites for electrochemical energy storage applications

A Novel Synthesis of Rod-Shape BaNiSn-Graphene Decorated TiO2 Composite as a Ternary Photocatalyst to Improve Visible-Light Driven H2 Evolution with Lactic Acid and TEA

“…The two weak peaks at positions 1350 and 1600 cm -1 are due to the D-band and G-band derived from graphene, respectively. According to graphene's double resonance theory, 1387 cm -1 with a high D-band frequency results from disturbance of the connected hexagonal ring base plane [17]. In addition, the general E 12g and A 1g vibration modes of BaNiSn showed active modes of 425 and 3425 cm -1 , respectively, which is believed to be due to metal compounds.…”

“…This collected sample was named BaNiSn. Empirical results were obtained for the quanti cation of metal compounds from previous studies [12,17], and the mixing ratio was determined based on these results. Next, we followed the same process to synthesize BaNiSn-G. To synthesize graphene by the oxidation of graphite powder, we used the Hummer-Offeman's method [18].…”

Metal‐organic framework derived porous structures towards lithium rechargeable batteries

“…In addition to single-metal TMOs, the compositional and conformational diversity of MOF precursors enables the preparation of MOF-derived TMOs with complicated structure and chemical composition such as nanocubes, 482,483 nanocages, 484,485 hollow polyhedra, [486][487][488] and hollow nanocages. 489,490 Ma et al synthesized cubic and stellated octahedron-shaped SnO/C polyhedra using Sn-based MOFs as templates and applied them in Li + storage.…”

TMP/Pd complex immobilized on graphene oxide for efficient pseudocapacitive energy storage with combined experimental and DFT study

“…Because of their effective charging/discharging mechanism, high power capacity efficiency, low maintenance requirement, and long lifespan, supercapacitors (SCs) have emerged as high electrochemical potential systems frequently used in the setup of high-power applications and kinetic energy transfer. The stored energy in SCs is often caused by ion adsorption at the electrolyte/electrode interfaces and a rapid faradic redox process in the bulk electrodes [4][5][6]. The design and manufacture of efficient electrode materials have sparked a lot of attention in terms of having quick energy storage at a high charge-discharge current density to improve the pseudocapacitive behavior of SCs devices [7].…”